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Mashup Score: 4Digital twins in medicine - 1 month(s) ago
Nature Computational Science – The digital twin concept, while initially formulated and developed in industry and engineering, has compelling potential applications in medicine. There are, however,…
Source: www.nature.comCategories: General Medicine News, CardiologistsTweet
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Mashup Score: 27LinkedIn - 1 month(s) ago
This link will take you to a page that’s not on LinkedIn
Source: lnkd.inCategories: General Medicine News, CardiologistsTweet-
I have a happy face today 😀. Our paper in Nature Computational Science Nature Computational Science @NatComputSci discussing #DigitalTwins in medicine is out! So thrilled to see it published! #EPpeeps #CardioTwitter @JHUBME @nat @HopkinsEngineer @HubJHU https://t.co/xhES2tt35V
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Mashup Score: 20DIMON: Learning Solution Operators of Partial Differential... - 2 month(s) ago
The solution of a PDE over varying initial/boundary conditions on multiple domains is needed in a wide variety of applications, but it is computationally expensive if the solution is computed de…
Source: arXiv.orgCategories: General Medicine News, CardiologistsTweet-
Very proud @minglang_y! Amazing to predict how an electrical wave propagates through #heart #digitaltwin without solving the equations and the linked ionic models. Instead using the power of #AI! Can't wait to see this in the clinic! @JHUengineering https://t.co/yuMTpcCnz5
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Mashup Score: 1
Skip to content Job Detailsnbowman2023-06-01T14:06:21+00:00 222476 Facilities: Cleveland Clinic Main Campus, Professional Area: Research and Data Highly motivated individuals with a PhD or MD/PhD in relevant area are encouraged to apply. This training position, under the direct supervision of a…
Source: Cleveland Clinic CareersCategories: Cardiologists, Latest HeadlinesTweet-
RT @Tereshchenkolab: Highly motivated PhD or MD/PhD #EPeeps are invited to apply for #postdoc https://t.co/tgau8rARq8 @Matlab #Python #co…
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Mashup Score: 0AI-X at Johns Hopkins University - 1 year(s) ago
and Artificial Intelligence The Collaboration of Human AI at Johns Hopkins combines the intuition and understanding of human intelligence with the raw power of empirical AI to transform discovery.AI-X Foundry The Johns Hopkins AI-X Foundry is a university-based organization with an ambitious global vision: the intentional collaboration of human and artificial intelligence (AI), with…
Source: ai.jhu.eduCategories: Cardiologists, Latest HeadlinesTweet-
Thrilled to be appointed Director of Research (Health&Medicine) of AI-X Foundry @JohnsHopkins, leading the effort to bring together human intelligence and #AI to improve the human condition. Check out leadership and initiatives @ https://t.co/1QYx1Ev0rl @HopkinsEngineer @JHUBME
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Mashup Score: 2Fat infiltration in the infarcted heart as a paradigm for ventricular arrhythmias - Nature Cardiovascular Research - 2 year(s) ago
In a combined computational and multi-center clinical study to investigate the effects of adipose fat tissue infiltration on ventricular arrhythmias, Sung et al. show that infiltrating adipose tissue, as opposed to scar, is the main cause of infarcted-related ventricular arrhythmias by slowing cardiac conduction in critical sites.
Source: NatureCategories: Cardiologists, Latest HeadlinesTweet-
The study itself showcases what a collaborative clinical and computational research can achieve! The paper is here: https://t.co/Aj1aIaJc88. @JHUBME @JHU_ADVANCE @JohnsHopkins @deniswirtz @hopkinsheart @PennCardiology #CardioTwitter Gorgeous artwork by @EricSung9 https://t.co/L9VxC8KMPG
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Mashup Score: 9Fat infiltration in the infarcted heart as a paradigm for ventricular arrhythmias - Nature Cardiovascular Research - 2 year(s) ago
In a combined computational and multi-center clinical study to investigate the effects of adipose fat tissue infiltration on ventricular arrhythmias, Sung et al. show that infiltrating adipose tissue, as opposed to scar, is the main cause of infarcted-related ventricular arrhythmias by slowing cardiac conduction in critical sites.
Source: NatureCategories: Cardiologists, Latest HeadlinesTweet-
Congratulations @EricSung9! Beautiful image and a great reflection of the content in the paper! https://t.co/Aj1aIar2U0 @trayanovalab https://t.co/0ySOh3MSQI
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Excited, #EPpeeps! Our paper https://t.co/Aj1aIar2U0 in @NatureCVR made the October cover! Figure shows adiposity and scar in post-infarction patient heart model and the arrhythmia. Background: electrograms acquired during ablation. @JonChrispinMD @Dr_Nazarian_EP @trayanovalab https://t.co/H9qTBvy4jj
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Mashup Score: 0Fat infiltration in the infarcted heart as a paradigm for ventricular arrhythmias - Nature Cardiovascular Research - 2 year(s) ago
In a combined computational and multi-center clinical study to investigate the effects of adipose fat tissue infiltration on ventricular arrhythmias, Sung et al. show that infiltrating adipose tissue, as opposed to scar, is the main cause of infarcted-related ventricular arrhythmias by slowing cardiac conduction in critical sites.
Source: NatureCategories: Cardiologists, Latest HeadlinesTweet-
We reveal insights into the previously under appreciated role of penetrating adipose tissue in arrhythmias in post-infarction patients https://t.co/Aj1aIaJc88 #EPpeeps #Cardiotwitter @JonChrispinMD @Dr_Nazarian_EP @JHUBME @JohnsHopkins @trayanovalab https://t.co/soackFhouv
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Mashup Score: 1
Study determined larger amounts of fat in a patient’s heart wall was predictive of an increased likelihood of arrhythmias
Source: eMedNewsCategories: Cardiologists, Latest HeadlinesTweet-
RT @eMedEvents: New study uncovers major cause of deadly heart arrhythmias Learn more: https://t.co/acRkN8qV9a @NTrayanova @JonChrispinM…
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Mashup Score: 4Fat infiltration in the infarcted heart as a paradigm for ventricular arrhythmias - Nature Cardiovascular Research - 2 year(s) ago
In a combined computational and multi-center clinical study to investigate the effects of adipose fat tissue infiltration on ventricular arrhythmias, Sung et al. show that infiltrating adipose tissue, as opposed to scar, is the main cause of infarcted-related ventricular arrhythmias by slowing cardiac conduction in critical sites.
Source: NatureCategories: Cardiologists, Latest HeadlinesTweet-
Thanks to @HubJHU for highlighting our new study https://t.co/Aj1aIaJc88 in @NatureCVR: https://t.co/pBdQNtiGk2. Amazing work by @EricSung9 as part of his PhD dissertation work. @JohnsHopkins @trayanovalab
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@NatComputSci @JHUBME @nat @HopkinsEngineer @HubJHU https://t.co/JDYmIFg448